结果：柞蚕丝胶可降低乙醇浓度。
Result: Tussah colloidal solution lowered the density of ethanol.
请贵方寄来柞蚕丝的样品并报来最低价。
We ask you to send us samples of Tussah Silk and quote best rates.
本产品釆用自然界中原生态蛋白质纤维柞蚕丝为原料。
Silk blanket features: This product impress the Central Plains with natural silk protein fibers as raw material eco.
探讨了天然染料黄连在柞蚕丝绸染色中的应用，确定出合理的染色工艺。
The application of natural dyestuff-Coptis Chinensis on dyeing of the tussah silk was discussed, and the optimal process was given.
利用柞蚕丝独特的物理性能设计具有明显绉纹、外观风格别致的无捻柞丝绉。
Twistless tassah crepe with its distinctive crepe effects and exquisite apparent styles can be designed by means of the unique physical property of tassah silk.
目的：研究蚕丝蛋白与乙醇结合能力，评价柞蚕丝胶溶液对乙醇代谢能力的影响。
Objective: to study the ability of the silk albumen to combine ethanol. The evaluation of the effect of tussah colloidal solution on the metabolism of ethanol.
将柞蚕丝素粉添加到化妆品成品中进行抑菌实验，结果表明柞蚕丝素粉具有很好的抑菌功能。
The cosmetics added with the fibroin powder of tussah silk turned out the eminent capability of anti-bacteria.
柞蚕丝和桑蚕丝织物对大肠杆菌和金黄色葡萄球菌均有较高的抑菌性能，抑菌率超过85%。
The modification of the two silk fabrics gives high anti-bacteria properties to bacillus coli and staphylococcus aureus, the bacterial reductions were all more than 85%.
介绍了乙二醛整理剂对柞蚕丝织物抗皱整理的方法，讨论了工艺条件对柞蚕丝织物抗皱效果的影响。
The anti-crease finishing process for tussah fabrics with glyoxal finishing agents were presented, and the influence of the process conditions on the anti-crease effect was discussed.
对生丝抽样检验分级理论在柞蚕丝领域中的可行性进行了探讨，并根据这一理论对柞蚕水缫丝标准中纤度偏差指标进行了分析和等级区间划分；
On the basis of the theory, analyses and grade interval classification are conducted on the size deviation indices in the standard for water-reeled tussah silk.
制备了粒径分布为30~60nm的纳米TiO2壳聚糖分散处理液，用该处理液对柞蚕丝进行改性，研究改性后柞蚕丝的结构与力学性能。
The dispersed treatment solution containing nano-TiO_2 with size distribution ranging from 30 to(60 nm) and chitosan was prepared and applied to the modification treatment of the tussah silk fiber.
制备了粒径分布为30~60nm的纳米TiO2壳聚糖分散处理液，用该处理液对柞蚕丝进行改性，研究改性后柞蚕丝的结构与力学性能。
The dispersed treatment solution containing nano-TiO_2 with size distribution ranging from 30 to(60 nm) and chitosan was prepared and applied to the modification treatment of the tussah silk fiber.
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